It uses thermal combustion technology to break down pollutants at high temperatures (≥800°C), converting them into CO₂ and H₂O, and recovers heat through ceramic beds to greatly reduce energy consumption.
The system is ideal for treating large volumes of low- to medium-concentration organic waste gas in industries such as coating, printing, pharmaceuticals, petrochemicals, and more.
Key Features:
High removal efficiency (≥99%) for VOCs
Ceramic regenerative chambers ensure heat recovery up to 95%
Stable operation with low fuel consumption
Automatic temperature control & safety interlocks
Modular design for flexible expansion
Optional bypass system and pre-treatment filtration
Typical Applications:
Waste gas treatment in painting and coating workshops
VOC emission control in printing, packaging, and electronics industries
Odor and solvent removal in chemical and pharmaceutical plants
Organic exhaust purification in waste treatment facilities
